Calculation of RAO Motion Response Factors for Ship Motion in Waves
MATLAB-based computational program for calculating RAO motion response factors of ships in waves
Computational Fluid Dynamics and Heat Transfer Analysis
MATLAB-based computational programs for fluid dynamics and heat transfer simulations, featuring advanced numerical methods and specialized algorithms.
Gravity Anomaly Upward Continuation Algorithm
Practical gravity anomaly upward continuation implementation with spectral analysis approach, highly recommended for geophysics students studying potential field methods and signal processing techniques
Dual Heuristic Approximate Dynamic Programming
Implementation of dual heuristic approximate dynamic programming algorithm, highly valuable for studying approximate dynamic programming with practical code applications
Robot Path Planning Algorithm Implementation
An advanced robot path planning program developed by our senior researcher, featuring robust algorithmic implementations suitable for various environmental scenarios. This resource provides practical code examples and implementation insights for robotics enthusiasts and researchers.
3D Seismic Data Visualization Program
This MATLAB-based application is primarily designed for geophysical professionals to visualize 3D seismic data, but can also handle other geophysical 3D datasets and attribute volumes. It serves as an essential tool for geophysics students and researchers, featuring rapid data loading algorithms and high-quality visualization capabilities ideal for research publications. The code structure allows easy modifications for adapting to different data types through configurable parameters and modular function design.
Power Flow Calculation Program for 33-Node Distribution Network with Integrated Data
A comprehensive 33-node distribution network power flow calculation program featuring built-in IEEE 33-bus test system data, implementing forward-backward sweep algorithm for radial distribution analysis.
Implementation of Maximum Power Point Tracking (MPPT) Using Perturb and Observe Method
A program demonstrating MPPT implementation via the perturb and observe algorithm, featuring code-level explanations to enhance understanding of photovoltaic system optimization techniques.
Model Predictive Control Program with Variable Prediction Horizon Simulation
An implementation of model predictive control featuring comprehensive simulations across different prediction horizons (P), generating high-quality performance curves with detailed algorithmic insights
Regularized Maximum A Posteriori Reconstruction Code Implementation
A clear and intuitive implementation of maximum a posteriori reconstruction with regularization terms, featuring gradient descent optimization and practical applications across multiple domains.